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Finding Success with Next Generation Farmers

Not everyone goes to work every day knowing that they will be inspired by the people they meet—I’m very fortunate in that way.  From the federal agencies that I oversee to the farmers and ranchers I visit with, I am truly inspired by their dedication to serving the American people and their commitment to the success of rural America.  And many of the issues that they work on or face in their daily lives are the same issues that we are all concerned with—sustainability and conservation, short-term and long-term stability, and making sure our children and the next generation have paths to success.

During a recent visit to the Texas Panhandle, I stopped to have breakfast and visit with the father and son team who run the Chavez family farm.  Carlos and Greg Chavez farm 3,600 acres of corn, wheat and cotton, and run 1,200 head of cattle on winter wheat.  Greg, the son, has focused his attention on implementing new crop watering techniques, leveraging technology and conservation practices to combat the inherent dryness brought on by the strong Panhandle winds.

World Water Day: Reflecting on the Importance of Water to the World

I care deeply about conserving our land, soil and water and know that farmers are incredible stewards of the land. Prior to coming to USDA, I served as CEO of the National Association of Conservation Districts.  I know firsthand that improving water conservation requires innovative technologies and partnerships.

In honor of World Water Day, I spoke to the U.S. Water Partnership on the critical role conservation plays in agriculture. According to the 2012 National Intelligence Community Assessment, about 70 percent of the global fresh water supply is devoted to agriculture. USDA and its partners play an important role in ensuring that producers have the water resources necessary to produce the food, fuel and fiber needed by Americans and our trading partners around the world. It’s an important part of our mission.

Arizona Tour Shows Native Farmers' Dedication to Hard Work and Conservation

I come from generations of Mississippi River towboat captains and family farmers. From as early as I can remember, our family believed that if you were going to do a job, you’d better do it right, and that no job was either too big or too small.

Hard work was valued, and everyone always looked for new ways of doing jobs better. The river and the land have long supported our family. From time to time, I have an experience that takes me back and today’s trip was one of those times.

Recently, when I was crossing the Colorado River from California into Arizona, I thought about how many times I had crossed the Mississippi River from Illinois to Iowa or Missouri. But crossing this river was very different. Driving into Arizona, there was desert as far as I could see in any direction. This instantly sparked my curiosity.

Recent Forecast Shows Limited Water Supply in Westernmost States

Limited water supplies are predicted in many areas west of the Continental Divide, according to this year’s second forecast by the National Water and Climate Center of USDA’s Natural Resources Conservation Service (NRCS).

Right now, snow measuring stations in California, Nevada and Oregon that currently don’t have any snow, and a full recovery isn’t likely, the center’s staff said.

USDA is partnering with states, including those in the West, to help mitigate the severe effects of drought on agriculture.

Consortium Uses Innovative Research to Tap Key Groundwater Source for Rural Region

This post is part of the Science Tuesday feature series on the USDA blog. Check back each week as we showcase stories and news from USDA’s rich science and research portfolio.

As a major underground water source, the Ogallala Aquifer plays a key role in the economic vitality of vast stretches of the rural Midwest.  The aquifer covers around 225,000 square miles in 8 states from South Dakota to Texas, supplying 30 percent of all U.S. groundwater used for irrigation.

But as with other natural resources that seem inexhaustible, the aquifer is effectively a nonrenewable resource. Demand from agricultural, municipal and industrial development on the Great Plains has meant that water is pumped out of a large portion of the aquifer much more quickly than it can ever be replenished.

USDA Funded Apartment Complex Not Just "Renovated" but "Innovated"

Aesthetically the change is obvious and pleasing, but what hides inside the walls and under the ground is what is making the big difference at Kachina Apartments in Casa Grande, Arizona.

The 96-unit senior complex recently underwent a major rehabilitation that not only renovated the individual units but took dramatic steps to reduce water usage and the carbon footprint as well.

The rehabilitation project was a joint effort using low-income housing tax credits, State Housing Funds (HOME), and USDA Rural Development’s multi-family housing program. General contractors for the project were Precision General Commercial Contractors, Inc.

Year's First National Water Forecast Predicts Limited Supply West of the Continental Divide

A limited water supply is predicted west of the Continental Divide, according to the Natural Resources Conservation Service (NRCS) National Water and Climate Center (NWCC) data in its first forecast in 2014.

The NWCC also predicts normal water supply east of the Continental Divide and will continue to monitor, forecast and update water supplies for the next six months.

Monitoring snowpack of 13 western states, the center’s mission is to help the West prepare for spring and summer snowmelt and streamflow by providing periodic forecasts. It’s a tool for farmers, ranchers, water managers, communities and recreational users to make informed, science-based decisions about future water availability.

NIFA Signs Pact to Promote and Support U.S.-Israeli Agricultural R&D

This post is part of the Science Tuesday feature series on the USDA blog. Check back each week as we showcase stories and news from USDA's rich science and research portfolio.

On November 22, the United States and Israel came one step closer to renewing agricultural research and development activities that could produce new knowledge and innovations beneficial to both countries and increase the economic bottom line for farmers and ranchers.

Dr. Sonny Ramaswamy, director of the U.S. Department of Agriculture’s National Institute of Food and Agriculture (NIFA) and Edo Chalutz, executive director of the U.S.–Israel Binational Agricultural Research and Development Fund (BARD), signed a memorandum of understanding (MOU) to promote collaboration via NIFA among U.S. and Israeli scientists and engineers. BARD and the Agricultural Research Service (ARS), USDA’s intramural research agency, have cooperated on research together since BARD’s inception.

Natural Resources Conservation Service & South Carolina City Work Together to Save Home from Floodwaters

Heavy rains can cause flooding and erosion, and for homeowners in West Columbia, S.C. – a new cliff right below their bedroom.

Two major rain events last spring and summer transformed Natchez Trail Road into a flowing river, ultimately creating a 35-foot cliff near a home. Sue and Bob Allen turned to the city and USDA’s Natural Resources Conservation Service for help.

“This is so exciting,” said Sue Allen, after the project was completed near her home. “Somebody heard our pleas.”

Conservation Innovation Grant Helps Cranberry Farmers Conserve Water, Shield Fruit from Cold

It’s tough to imagine the Thanksgiving celebration without turkey, dressing, and most importantly, the cranberry sauce. To keep this holiday staple safe from the cold and ready for harvest, farmers apply water to cranberries on frosty nights.

USDA’s Natural Resources Conservation Service and Cape Cod Cranberry Growers Association worked with growers to install automated sprinkler systems that conserve water and trim costs.

With the automated system, cranberry growers can control sprinklers from a computer and turn on and off sprinklers with a simple button. Traditionally, the different systems had to be turned on and off manually, wasting time, money and water.